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Mechanical filtration systems for cooling lubricant mist

The mechanical cooling lubricant filters for emulsion and oil mist are low maintenance, budget-optimized air filters for industry and skilled trades. In mechanical filtration systems for cleaning and extraction of emulsion and oil mist, the polluted air is cleaned using various different mechanical filter elements.

Coarse particles are separated in the first stage of the air filter via a pre-filter. The pre-filter is based on the principle of inertial separation and protects against foreign bodies. The pre-cleaned air flows through the main filter where cooling lubricant particles are removed from the air. Depending on the density and design of the main filter elements, ever smaller particles are separated. The process of particle separation can take place in four different ways: through the sieve effect, inertia effect, interception effect and diffusion effect. An optional post-filter, e.g. for smoke or an active charcoal version for odors, can be fitted. The cleaned air is distributed to the environment via the fan of the filtration system.

Highlights:

  • Modular design
  • A wide range of filter elements can be used for a variety of applications
  • Consistently high removal performance for sustainable protection of people and the environment

Mechanical filtration systems for cooling lubricant mist

Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist Mechanical filtration systems for cooling lubricant mist

Options

CMP - Compact filtration systems

Compact filtration systems for use in situations with limited space.

Technical data

Please choose a measurement unit system:

Criteria for product selection

THE RIGHT SOLUTION FOR EVERY APPLICATION CAN BE FOUND USING THE FOLLOWING SELECTION CRITERIA:

LTA assumes a 250-fold per cubic meter and hour rate as a guide for air exchange for cooling lubricant. As an example, a machining area of 5 m3 in the machine and automatic loading result in a required effective suction capacity of approximately 1,250 m3/h. If the machine is manually loaded, a faster air exchange rate is required. Whatever the requirement, LTA’s filtration experts will find the perfect solution. The recommended collection rates lie between 2.5 and 10 m/s.

Electrostatic oil and emulsion mist filters are generally recommended. If emulsion is used as a cooling lubricant, then a mechanical air filter can also be used up to a concentration of 5%. If oil is used, then the use of a mechanical filtration system is also possible up to an oil flash point of 120°C. In the case of cooling lubricant pressures of up to 40 bar, one-step air filters can be used, for pressures greater than 40 bar, the two-step versions of the electrostatic air filters are recommended for industry and skilled trades.

In the case of dust and fumes, a 100 to 300-fold per cubic meter and hour rate is assumed as a guideline for air exchange. The experts at LTA will plan the right filter for you and your needs. As an example, a machining area of 4 m3 in the machine and automatic loading results in an required effective suction capacity of approximately 400 to 1,200 m3/h. The recommended collection rates, or welding and brazing for example, where pollutants only have low airspeeds in calm air are 0.5 to 1 m/s. If the pollutants have higher airspeeds in moving air zones, such as during grinding or sandblasting, then a collection rate of 2.5 to 10 m/s is taken into account.

If the dust is oily or moist, filtration can be ensured by an optional pre-coating unit or an electrostatic filtration system. Odors and other small particles can be removed by an additional post-filter.

Name
Electrical Connection V
Suction m³/h
Fan Power m³/h
Electrical Connection Hz
Electrical Connection kVA
Differential Pressure Pa
Sound Pressure Level dB(A) ca.
Measurement mm
Weight kg(ca.)
Fan
M 60-CMP 230 600 950 50-60 0,30 900 70 710x345x400 50 Integrated
M 60-CMP 400 600 2150 50 0,50 780 70 710x345x400 55 Integrated
M 120 230 1200 2400 50-60 0,63 840 70 800x625x610 80 Integrated
M 120 400 1200 3200 50 1,38 980 70 800x625x610 85 Integrated
M 150-CMP 230 1500 3400 50-60 0,80 980 70 740x485x555 70 Integrated
M 150-CMP 400 1500 3200 50 0,80 980 70 740x485x555 70 Integrated
M 240-X-X-MV 400 2400 6400 50 2,50 980 75 800x625x1105 170 Integrated
M 200 400 2500 4500 50 2,35 2100 75 700x700x2000 295 Integrated
M 250-CMP 230 2500 5500 50-60 0,90 1000 75 820x650x710 105 Integrated
M 250-CMP 400 2500 4750 50 1,70 1300 75 820x650x710 105 Integrated
M 400-CMP 230 4000 6800 50-60 1,20 850 75 820x650x860 120 Integrated
M 400-CMP 400 4000 6500 50 2,70 1700 75 820x650x860 120 Integrated
M 400 400 5000 9000 50 4,70 2100 75 700x1400x2000 590 Integrated
M 600 400 7500 13500 50 7,05 2100 75 700x2100x2000 885 Integrated
M 800 400 10000 18000 50-60 9,40 2100 77 2000x1400x2000 1180 Integrated
M 1200 400 15000 27000 50-60 14,10 2100 77 2000x2100x2000 1770 Integrated
M 1600 400 20000 36000 50-60 18,80 2100 77 2000x2800x2000 2360 Integrated
M 2000 400 25000 45000 50-60 23,50 2100 77 2000x3500x2000 2950 Integrated

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